Marina Strocchi

King's College London Academic Setting

Author of 5 ePosters

 eCatalog Module
Basic/Translational Science -> Computer Modeling/Simulation D-PO02 - Poster Session II (ID 47) Poster

D-PO02-034 - Optimal LV Pacing Locations In Endocardial Cardiac Resynchronization Therapy Can Be Predicted With Non-invasive Electrical Indices (ID 990)

Authors
Disclosure
 A.W. Lee: Nothing relevant to disclose.
Basic/Translational Science -> Computer Modeling/Simulation D-PO02 - Poster Session II (ID 47) Poster

D-PO02-035 - His Bundle Pacing Is Superior To Biventricular Pacing For Resynchronizing Ventricular Activation In Left Bundle Branch Block Patients (ID 169)

Authors
Disclosure
 M. Strocchi: Nothing relevant to disclose.
Basic/Translational Science -> Computer Modeling/Simulation D-PO03 - Poster Session III (ID 48) Poster

D-PO03-015 - Utility Of In-silico Pace Mapping To Successfully Identify Simulated Vt Exit Sites Non-invasively Using Both 12-lead Ecg Recordings And Electrograms From Implanted Devices (ID 270)

Authors
Disclosure
 S. Monaci: Nothing relevant to disclose.
Basic/Translational Science -> Computer Modeling/Simulation D-PO03 - Poster Session III (ID 48) Poster

D-PO03-016 - Left Bundle Pacing Is Comparable To His Bundle Pacing In Resolving Intra-ventricular Dyssynchrony (ID 271)

Authors
Disclosure
 M. Strocchi: Nothing relevant to disclose.
Basic/Translational Science -> Computer Modeling/Simulation D-PO03 - Poster Session III (ID 48) Poster

D-PO03-020 - Optimal Number Of Multipolar Lead Designs For Cardiac Resynchronization Therapy Is Preserved After Reverse Remodeling (ID 274)

Authors
Disclosure
 C. Rodero: Nothing relevant to disclose.